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This is the final result before installation. I have fitted a small SMD LED inside the signal. I'm happy with the result. The dots forming the digit are neat (although they are just 0.3mm in diameter).
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 I decided to 3D print shunting route indicators to test the capabilities of my 3D printer. I designed the 3D models in Autodesk Fusion 360.  These are the first results  Even the digit indicator printed nicely.
I wanted to try to design and 3D -print catenary poles. I particularly like the modern steel-pipe design, and the section of tracks below required poles with interesting shapes.  I've designed the poles in Fusion 360, then printed them on my Elegoo Mars 4 Ultra. It was not easy to get them right, but I like the result. The spectacle shop, step by step construction Lighting the staircase Making of the signboard Photos of the detailing process of the JPost building. The window blinds and shutters have been 3D-printed. The top floor windows are made of a sheet of clear/light blue acrylic. The window frames have been painted, then pasted on a sheet or mirror-like tape. Next up: the rooftop details. The electrical cabinets are from Matsuri Models (matsuriyamodel.booth.pm). This is my first 3d-printed building. It has been printed in several parts. The front (facade): The main body:  The floor and rooftop will be printed later. First, quick test fit on the layout:  I have finally purchased a 3D printer. I chose the Elegoo Mars 4 Ultra 9k, along with their Mercury XS Bundle, including the washing and curing stations. The Elegoo Mars 4 Ultra is a small printer, the maximum build volume is only 153.36 x 77.76 x 165mm, but the resolution is super high: 18μm (that's 0.018mm). This is suitable for me as I will only print small models, but I need them super detailed. The photos below show the complete setup, and the very first print! |
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